Abstract: Systems and methods for operating a gaming machine that automatically detects peripherals and enables or disables features in accordance with the detected peripherals are disclosed. One aspect of the systems and methods is that the peripheral has an identifier associated with it. The identifier may be used to identify the type of peripheral attached to the gaming machine. After determining the type of peripheral, features associated with the peripheral type may be enabled and other features may be disabled. A further aspect includes reading configuration data for the gaming machine. The configuration data may be compared to the peripheral types that are automatically detected by the gaming machine.

Abstract: A gaming control board having low-power circuitry and high-power circuitry for controlling the operation of a gaming machine. The low-power circuitry includes logic components including a CPU that executes instructions for randomly selecting a plurality of game outcomes in response to wagers inputted by a player. The high-power circuitry includes high-power components such as lamp drivers for interfacing high-power signals between the gaming control board and a game interface board. Two connectors are provided on the gaming control board, one to interface low-power signals and another to interface high-power signals. The high-power circuitry is located near the connector interfacing the high-power signals for optimal EMI suppression.

Abstract: Systems and methods for operating a gaming machine that automatically detects peripherals and enables or disables features in accordance with the detected peripherals are disclosed. One aspect of the systems and methods is that the peripheral has an identifier associated with it. The identifier may be used to identify the type of peripheral attached to the gaming machine. After determining the type of peripheral, features associated with the peripheral type may be enabled and other features may be disabled. A further aspect includes reading configuration data for the gaming machine. The configuration data may be compared to the peripheral types that are automatically detected by the gaming machine.

Abstract: A method and apparatus for gaming machine peripherals are described herein. In one embodiment, the method is performed by a smart component of a multipart gaming machine peripheral. In one embodiment, the method comprises establishing communication with a gaming machine master processing unit. The method also includes determining that a dumb component of the multipart gaming machine peripheral is connected and operating properly, wherein the dumb component does not include a processor. The method also includes controlling the dumb component of the multipart gaming machine peripheral, wherein the controlling is performed by a peripheral processor included in the smart component. The method also includes determining that the dumb component is not connected or not operating properly, and upon determining that the dumb component is not connected or not operating properly, maintaining the communication with the gaming machine master processing unit.

Abstract: A gaming control board having low-power circuitry and high-power circuitry for controlling the operation of a gaming machine. The low-power circuitry includes logic components including a CPU that executes instructions for randomly selecting a plurality of game outcomes in response to wagers inputted by a player. The high-power circuitry includes high-power components such as lamp drivers for interfacing high-power signals between the gaming control board and a game interface board. Two connectors are provided on the gaming control board, one to interface low-power signals and another to interface high-power signals. The high-power circuitry is located near the connector interfacing the high-power signals for optimal EMI suppression.